Engineering & Materials Science
Wind turbines
100%
Fatigue of materials
49%
Optical radar
44%
Turbulence
40%
Reliability analysis
24%
Statistical Models
19%
Laminates
19%
Composite materials
18%
Turbomachine blades
17%
Turbines
17%
Turbine components
16%
Offshore wind turbines
15%
Farms
14%
Probability distributions
13%
Machine learning
13%
Laminated composites
10%
Decision making
9%
Time series
8%
Monitoring
7%
Water
7%
Transfer learning
7%
Mooring
7%
Failure modes
7%
Axial loads
6%
Extrapolation
6%
Towers
6%
Benchmarking
6%
Scanning
6%
Turbulence models
6%
Piles
6%
Polynomials
5%
Numerical methods
5%
Physics
5%
Repair
5%
Numerical models
5%
Kinematics
5%
Physics & Astronomy
wind turbines
55%
reliability analysis
20%
blades
20%
turbines
18%
turbine blades
15%
wakes
13%
optimization
12%
composite materials
11%
early warning systems
10%
machine learning
9%
damage
9%
sensitivity analysis
7%
turbulence
7%
characterization
7%
simulation
7%
inspection
6%
layouts
6%
life (durability)
6%
costs
5%
wind direction
5%
ratings
5%
output
5%
on-line systems
5%
Earth & Environmental Sciences
wind turbine
68%
fatigue
27%
turbine
19%
turbulence
12%
water depth
12%
wind farm
11%
mooring system
9%
design (project)
9%
design method
9%
support structure
8%
grout
8%
pile
8%
benchmarking
7%
modeling
6%
shell
6%
torsion
6%
method
5%
kinematics
5%
analysis
5%
